Description
PACK OF 50 PIECES
The R470/50 is an electrolytic radial capacitor with a capacitance of 470 microfarads (µF) and a voltage rating of 50 volts. It is designed to withstand high temperatures up to 105°C, making it suitable for electronic circuits that require a moderate capacitance with medium voltage tolerance in demanding thermal environments. The capacitor's size of 10x21mm makes it ideal for applications where space efficiency is important, but reliable performance under high temperatures is required.
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Capacitance (470µF): The 470µF capacitance offers substantial energy storage and filtering capabilities, making it suitable for applications that require robust power management, such as in power regulation and smoothing circuits.
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Voltage Rating (50V): With a voltage rating of 50 volts, this capacitor can handle medium-voltage applications, making it versatile for use in various electronic devices and circuits.
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Temperature Rating (105°C): The ability to operate effectively at temperatures up to 105°C ensures stable performance in high-temperature applications, ideal for industrial, automotive, or other environments with elevated temperatures.
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Physical Size (10x21mm): The size of 10x21mm allows for efficient integration into electronic designs where space conservation is essential, yet a moderate capacitance is needed.
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Model (R470/50): The model number R470/50 precisely identifies the capacitor's specifications, ensuring proper application and safety in its usage.
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Applications: Frequently used in power electronics, automotive systems, and industrial applications where stability is required in high-temperature conditions.
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Features: Known for its moderate capacitance, medium voltage rating, and excellent thermal resistance, the R470/50 capacitor is designed for reliable performance in demanding situations.
In summary, the R470/50 electrolytic radial capacitor, with its 470µF capacitance, 50V voltage rating, and high-temperature endurance, is an essential component for electronic designs that require robust performance in environments with elevated temperatures.
